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Forest Dynamics

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The Research Unit explores the functional significance of forest diversity with respect to the ecology of managed and unmanaged forests. In order to assess the future development of forests in Switzerland and other temperate and mountainous regions, the Unit pursues a threefold research agenda:

it performs basic research on forest diversity and its influence i) on forest dynamics, i.e. successional processes including tree growth, mortality and regeneration, and ii) on ecosystem goods and services;
it studies the disturbance agents such as storms, avalanches, fires and insects with respect to their occurrences and their impact on forest dynamics, as well as the importance of forest diversity to resist disturbance;
it investigates the impact of management operations on forest structure and development to improve sustainable forest management.

Based on the research outcomes, the Unit develops recommendations for best practice to sustain or improve forest products and services such as production of timber and other forest goods (e.g. mushrooms), catchment value, water quality, protection against natural hazards and pests, conservation and recreation. The infrastructure of the Research Unit includes extensive networks of forest study plots and laboratories for insects and fungi analysis.

The Unit has partners both within WSL and the wider scientific community. Stakeholders are mainly the forest services, forest owners and federal agencies.

Research groups

Forest Dynamics

Topics

National Forest Inventory (NFI)

The NFI has been continually recording the condition and changes in the Swiss forest since 1983. The surveys take place every nine years.

Forests and Climate Change

Climate change will drastically alter the Swiss forest, with consequences for humans. WSL conducts research into the relevant processes.

Tree-ring research

Trees react to their environment. At WSL, tree-ring scientists date and analyze these natural archives.

Long-Term Forest Ecosystem Research (LWF)

We examine the long-term effects of stresses on the forest and identify the risks that are relevant to people.

SwissForestLab

The SwissForestLab is a research platform and infrastructural network in forest research.

FURTHER INFORMATION

Projects

ExtremeImpact

This project build up on high-resolution observations of conifer tree growth in the Swiss Lötschental valley to quantify at cell-based resolution the impact of the extreme summer drought 2015 on tree-ring biomass, sapwood conductivity, and water use efficiency.

Moringa

We aim on analyzing the exact formation of tree-rings (Xylogenesis) in Moringa peregrina (Forssk.) Fiori during a calendar year, building a long chronology for this species, and analyzing 13C and 18O to assess the tree-environment interactions, particularly precipitation.

Integration of biodiversity conservation and forest management

The publication "How to balance biodiversity conservation and forest management - a tour across Europe" written by more than 70 scientific and professional experts from 50 Institutions and 20 different countries explores how to best integrate biodiversity conservation in forest management

Climate-smart forestry directions based on national Forest Inventory data

In this project we use the data of the Swiss national forest inventory to develop an assessment system that accounts for the three aspects of climate-smart forestry: mitigation, adaptation and the sustainable provision of forest ecosystem services.

Modelling forest growth using 3-PG

Testing 3-PG in uneven-aged forests, comparing predictions with an empirical model and developing a 3-PG R package.

Acclimation and environmental memory

Which are the main mechanisms conveying adaptation on the organ and whole tree level, how fast does acclimation occur and how long is an acclimation potential sustained?

eLTER Switzerland

The Long-Term Ecologiocal Research in Europe (LTER-Europe) capitalizes on research infrastructures such as the in-situ network of sites and information technology. Thousands of research projects have been carried out taking advantage of this infrastructure.

Give and take: how much water does soil retain for trees?

Knowledge about plant available soil water is often the missing link to understand large-scale vegetation health observations. This project aims at modelling soil water fluxes with an emphasis on below-ground processes to improve our ability to explain patterns of impacted forest health condition.

Caldera

In this SNF funded Sinergia project - aimed at quantifying climate and societal impacts induced by major volcanic eruptions of the Common Era - the WSL mainly contribute by providing a unprecedented millennial long chronology of wood cell anatomical features.

Assessing past atmospheric composition in Northern China using novel tree-ring analyses

We aim to assess the presence of particles in trees and to correlate them through dating to known air pollution and sandstorms' episodes.

XELLCLIM

We identify the best xylem cell anatomical features for climate reconstructions and assess their characteristics across temporal scales compared to established tree-ring parameters, and against instrumental records and climate model simulations.

Drought 2018 - TreeNet meets Sentinel2

TreeNet permanently measures growth and tree water deficit (TWD) of about 250 tree individuals in forests all over Switzerland with so-called point dendrometers. TWD has shown to be a reasonable biological indicator for drought stress and quantifies the amount of missing water a tree needs to reach full saturation. In combination with spectral anomalies of satellite-based indices (e.g., NDWI from Sentinel2ab) between 2018 and a reference period we test whether we can find a close link between the two drought stress indicators.

FORClimateS

The project aims to aggregate and synthesize existing information on different spatial and temporal scales to provide decision-makers with relevant and robust information on short- and long-term risks for forests and forest functions and on adaptation strategies under different climate futures

Legacy effects on stem growth

Establishing hydrogen isotope analysis of organic material

We aim to develop a method for hydrogen isotope (d2H) analysis of organics which will have many applications in plant and soil sciences and thereby provide a powerful new tool to disentangle and reconstruct past and present physiological, biochemical, and hydrological processes.

ISOWEB

Our objective is to develop a protocol to analyse food webs in deadwood using compound-specific stable isotope analyses. The applicability to track changes in foodwebs between tree species and different management types along deadwood decomposition will be tested using data from a large experiment.

GenWood

We link genomic and dendro-phenotypic data in Norway Spruce (Picea abies) to study the genomic basis of wood anatomy and assess the adaptive potential of forest trees under climate change.

Isodrought

We want to explore a stable isotope tree-ring approach for analyzing physiological drought responses of trees. The results are expected to provide a novel diagnostic tool for understanding causes of tree decline.

BLACKDYNAMITE

This Swiss-Spanish project investigates the dynamics and competition of the black Périgord and Burgundy truffles under the influence of climate change.

Root endophytic fungi and their contribution to arctic and alpine climate change feedback

Arctic and Alpine vegetation dynamics under climate change can exert a lasting impact on belowground processes and ultimately on world's largest carbon stocks. This long-term field manipulation investigates the functional significance of plant interactions with species-specific endophytic fungi.

Environmental impact on wood formation

Wood formation is a process that not only fix carbon into the wood structure, but also determine how much and how safely water can be transported trough the stem of a tree. This project make use of dated tree-rings to investigate how the environment impacts wood formation and structure

Photoperiod and ciracian clocks - effects on adaptation and acclimation

Do evolutionary constraints on photoperiod and circadian clocks hinder adaptation and acclimation of plants to climate change? With this project, we will provide the mechanistic basis and a conceptual framework to understand how climatic and daylight/photoperiod cues jointly affects tree functioning.

QUPFIS

Our aim is to estimate Swiss forest net ecosystem productivity (NEP) at monthly or seasonal resolution for each individual year in order to link biomass changes over time with global drivers.

Carbon storage and ungulate browsing

The joint effects of drought tolerance and herbivory is determined by analysing the extent to which water use efficiency and C storage of Abies alba saplings are influenced by genetic factors and ungulate browsing.

Forests under stress

In this project we will assess the physiological processes by which trees adjust and interact among each other under a changing climate, determine the consequences of these processes on forest responses to climatic stresses and improve our understanding of these effects on forests functioning at a large comprehensive scale.

PRO3FILE

To improve our assessment of ozone effects on forest ecosystems, we advocate the need (i) for further experimental and long-term monitoring studies and (ii) to develop physiological and demographic modelling tools.

ICOS-2: Integrated Carbon Observation System in Switzerland, Phase 2017-2021

Die Forschungsstation Seehornwald Davos wurde in den 80er-Jahren von der WSL initiiert und ist damit eine der ältesten permanent betriebenen Wald-Vegetations-Forschungsstationen in der Schweiz.

Junior Research: Der Waldboden lebt, Föhren sterben heimlich und Jahrringe erzählen aus der Vergangenheit

Was steckt hinter diesen Aussagen? SchülerInnen vertiefen sich in eines dieser Themen, eignen sich neues Wissen an, lernen genau hinzuschauen und haben Gelegenheit, sich zeigen zu lassen, wie in der Forschung gearbeitet wird.

The dynamic of ozone injury and responses within tree foliage

Relating the stress and detoxification responses at cell level to the phytotoxic ozone dose in foliage of trees

TEA-Electrical potentials and accoustic emissions of trees

TEA combines established methods in ecophysiology (i.e., measuring sap flow, detecting continuous stem radius changes, and recording the microclimatic conditions) with advanced methods of measuring ultrasonic acoustic emissions (UAEs) and detecting electrophysiological signals, so-called electrical potentials (EPs).

Metalink

Soil contamination with heavy metals is a widespread problem affecting natural, cultivated, urban and industrial sites throughout Europe. The main objective in this Swiss/Polish collaboration project is to characterize the links between environmental, genotypic, and phenotypic features in the metal-tolerant plant model Arabidopsis halleri.

Tea bag decomposition study

Decomposition of plant litter is a key process for the transfer of carbon and nutrients in ecosystems. Carbon contained in the decaying biomass is released to the atmosphere as respired CO2, and may contribute to global warming. Litterbag studies have been used to improve our knowledge of the drivers of litter decomposition, but they lack comparability because litter quality is plant species-specific. The use of commercial tea bags as a standard substrate was suggested in order to harmonize studies, where green tea and rooibos represent more labile and more recalcitrant C compounds as surrogates of local litter.

Considering nature conservation in thinning

The project aims to examine how a balance between ecological and economic goals in thinning decisions can be achieved.

CaNuPine/MICRO

In this project, adaptive and stress responses to drought stress and varying nutrient availability are being analyzed at tissue, cell and subcellular level in foliage of Scots pine and downy oak.

Carbon and nutrient dynamics of Scots pine

In the CaNuPine project, we study the effects of drought and nutrient availability on the carbon dynamics within Pine (Pinus sylvestris) trees. This will contribute to the controversial debate whether drought may or may not cause acute growth decline and mortality via carbon starvation.

Wildfire, insect attack and windthrow in mountain forests are on the rise again

Eine internationale Gruppe von Forschern zeigt, dass zunehmende Fläche und Holzvorräte in Bergwäldern in den letzten 150 Jahren zu mehr natürlichen Störungen wie Waldbrand geführt haben.

Compartmentation of de-icing salts and structural reactions to salt accumulation in foliage of ornamental lime trees

Street greenery has recently emerged as a major research and urbanization issue. The main objectives in this project are to study the accumulation and effects of de-icing salts in foliage of lime trees (Tilia x vulgaris) and to apply this knowledge for selecting more tolerant lime species and cultivars, with a view to street plantation.

Integrated Carbon Observation System (ICOS)

Integrated Carbon Observation System (ICOS) is a European research infrastructure to quantify and understand the greenhouse gas balance of the European continent and of adjacent regions.

Götterbäume in der Südschweiz

Götterbäume breiten sich derzeit rasant in den milden Lagen der Südschweiz aus und werfen vor allem im Schutzwald grosse Fragen auf: Als kurzlebige Pionierbaumart mit gebietsweise hohem Kernfäulebefall können sie zu einer Destabilisierung beitragen, die waldbaulich schwer zu korrigieren ist.

Net Ecosystem Productivity - NEPSRI

Point dendrometer-based SRI data are collected within the project TreeNet and used to estimate NEP. The estimation is performed in near-real-time on the TreeNet processing platform (TreeNet_Pro) and needs temporally highly resolved SRI data and a site-specific leaf area index as input.

MOUNTROOT

The project MOUNTROOT aims at comparing structure-function relationship in roots of two dominant herb species of pasture-woodlands in response to simulated climate change, and to integrate these below-ground insights with above-ground responses to a whole-plant framework.

Impact of fuel wood piles on saproxylic beetles

In Switzerland, a strong increase in the demand for energy wood is expected for the next decades. This is likely to have a strong influence on saproxylic beetles (dependent on dead wood). On the one hand, fewer old trees and less deadwood will remain and decompose in the forest, which directly limits habitat availability for saproxylics. On the other hand, fuel wood exploitation might have indirect ecological consequences.

Dynamics of Forest-Grassland Ecotones

Ecotones are dynamic over-lapping boundary areas where major terrestrial biomes meet. Ecotones are sensitive to climate change and/or human-induced impacts. Environmental changes in ecotones will lead to changes in species composition, biodiversity, structure, functioning, and serves at ecosystem level and regional level.

Antimony uptake as a function of waterlogging in the rhizosphere

Antimony (Sb) is a rather rare but toxic element increasingly contaminating ecosystems. Principal objectives in this project are to investigate the role of changes in the soil conditions and root structure on the uptake of Sb. The results will provide understanding of the soil and root processes governing Sb availability and plant uptake.

Wild fire and insects

In 2003 some 300 ha of forest on the hillside above Leuk burnt down. Along a horizontal gradient from within-forest to the center of the fire area and along an altitudinal gradient from 1200 to 1700 m a.s.l. we investigate the process of colonization by insects and the succession of the taxonomic and functional groups.

trees

In our research project 'trees: Rendering Ecophysiological Processes Audible', we are working on the acoustic recording, analysis and representation of ecophysiological processes in plants and studying the acoustic and aesthetic requirements for making them perceptible.

Disentangling truffle ecology

We study the complex biotic and abiotic ecology and the population genetics of the Burgundy truffle (Tuber aestivum) in Switzerland and the German pre-Alps, with particular emphasis on the ecological and climatological drivers for the productivity and phenology of this most valuable truffle species.

Stillberg enzyme activities

Climate change will particularly influence species distribution and the structure and function of sensitive ecosystems at the treeline. In an interdisciplinary experiment carried out at Stillberg Davos we will investigate how soil warming and enhanced CO2 concentrations will affect the ectomycorrhizal community structure and extracellular enzyme activities in the soil and at mycorrhizal roots.

How beeches cope with drought

The BuKlim project aims to study the responses of Swiss beech provenances to drought. The results of the project help to assess the adaptational potential of this tree species to the changing climate.

chestnut blight

The introduced chestnut blight fungus Cryphonectria parasitica causes severe damage to chestnut forests and orchards across Europe. We investigate the biology and epidemiology of the disease and provide the scientific basis for biological control.

Below-canopy climate

Microclimate is a key factor influencing regeneration in forests. Particularly available light, water supply and temperature determine the success or failure of certain tree species. How will future climate change influence below-canopy microclimate and tree regeneration?

Evolutionary traits

Elevated heavy metal concentrations in the soil are a frequent consequence of past or ongoing industrial activities. The principal objective in this project is to characterize mechanistic aspects of metal accumulation and tolerance and relate it to the genetic structure of populations of Biscutella laevigata. The expected results should provide innovative insights on evolutionary processes of metal tolerance.

MICRO

Microscopical changes in cells and tissues in response to various environmental stress factors are investigated in trees to develop diagnosis tools and understand the mechanistic link between stress and injury.

Exotic tree species

Exotic tree species, which are adapted to a warmer and dryer climate, could contribute to coping with climate change. Six such species are tested in a long-term field experiment near Mutrux (Canton of Vaud).

Foliar symptoms specific for ozone stress in rain forest trees of southern Brazil

The toxic effects of tropospheric ozone concentrations on plants have been reported primarily for ecosystems from the northern hemisphere with a mediterranean, temperate or boreal climate. In the southern hemisphere with its tropical climate, the impact of ozone on natural ecosystems is still mostly unknown.

Boron & salt allocation

With a quickly growing world population and raising demand for agricultural products, the productivity of irrigated agricultural soils is threatened as a consequence of soil salinization in many places with arid climates. Main objectives of this research project are to investigate the compartmentation-based mechanisms contributing to tolerance in foliage of poplar trees grown on soils contaminated with elevated levels of Boron and salts in the San Joaquin Valley in Central California.

Kastanienrindenkrebs

Der eingeschleppte Kastanienrindenkrebs gefährdet die Edelkastanienbestände auf der Alpennordseite. Um diese Bestände zu erhalten, wird im Rahmen dieses Projektes der Kastanienrindenkrebs auf der Alpennordseite mit hypovirulenten Pilzstämmen bekämpft

Soil as a site factor

This project delivers soil and site related information for Swiss forests which are based mainly on measured values: (i) response of tree species relating to direct and indirect environmental variables, (ii) quantitative characterisation of species' ecological niche and (iii) soil ecological indicator values for forest plant species.

Trockenheit als limitierender Faktor für An- und Aufwuchs von Hauptbaumarten

Für die Anpassung unserer Wälder an ein wärmeres Klima sind verschiedene Strategien denkbar. In diesem Projekt wird die Plastizität verschiedener Provenienzen von Waldföhre und Fichte bezüglich Trockenheit in der Jugendphase untersucht.

Nadelbäume und Trockenheit

Sehr starke waldbauliche Eingriffe im Gebirgswald können kurzfristig ökonomisch vorteilhaft sein. Langfristig könnten sie aber die Waldverjüngung verzögern und den Holzuwachs vermindern. Ob solche nachteiligen Auswirkungen auftreten und wie gross sie allenfalls sind, wird mit retrospektiven ertragskundlichen und dendroökologischen Erhebungen in Gebirgswäldern abgeschätzt.

Tree regeneration after windthrow

Wind disturbance is the main natural driver of forest stand dynamics in Central and Northern Europe. On the basis of a large sample of windthrow gaps, this project aimed to quantify natural tree regeneration after wind disturbance, and to identify factors influencing tree regeneration dynamics.

Mountland

The goal of ‹Mountland› is to investigate the sensitivity of the provision of mountain ecosystem services to both climatic and land-use changes and to suggest policies and governance structures for mitigating the impact of such changes and enhancing sustainable management practices.

Germination experiment

Recent Scots pine mortality in forests of the upper Rhone valley have been suggested to be caused by climate change. In an ongoing PhD study, effects of different climate parameters and interspecific competition on the regeneration of both Scots pine (Pinus sylvestris) and black pine (Pinus nigra) are tested.

Querco

Querco, in the sense of "quid Quercus, quo vadis?" To study the reaction of 3 local species of oak (each species with 4 provenances) to drought, increasing air temperature and a combination of the two will be the focus of this experiment.

Mycorrhiza and forest fire

In this project, we aim to investigate 1) to what extent diversity of mycorrhizal fungi is diminished by forest fire, and 2) whether this has consequences for performance of Pinus sylvestris seedlings.

Lötschental

Lötschental offers an ideal setting to study the influence of global warming on tree-growth

Macro- and micro morphological reactions to low soil water availability in the foliage of Scots pine from Wallis

In this project, the structural changes in foliage of Scots pine are used as sensitive bioindications of environmental constraints to study the reactions of dry pine forests in Wallis to low soil water availability and changes in land use.

Evoltree

A large network of research institutions collaborates within an EC-funded Network of Excellence to study the impacts of climate change on forest ecosystems from an evolutionary perspective.

Composition of the driftwood

During the floods in August 2005 in Switzerland, many villages encounter problems not only because of a high water flow, but also because of large amounts of driftwood. Therefore the question of the origin and the formation of the driftwood arised.

Impact of leaf litter collecting in forests

Only 150 years ago, Swiss forests were markedly affected by agro-forestal uses. In many places leaf litter was collected for different reasons. By experimental removing of the leaf litter, we examine the ecological consequences of this forest use and we evaluate it's potential as a new tool for nature conservation in forests.

Irrigation Experiment Pfynwald

Drought-induced forest decline will gain in importance as the frequency and severity of drought events are expected to increase in the context of climate change. To understand how chronic drought affects tree growth, we study mature Scots pine in an irrigation experiment in an inner-Alpine dry valley since 2003.

Nadelchemie der Fichte

Mit dem Projekt "Monitoring Flankierende Massnahmen Umwelt" (MFM-U) untersucht die Schweiz die Umwelt-Auswirkungen des Landverkehrsabkommens mit der EU sowie die Umwelt-Auswirkungen der flankierenden Massnahmen. Im diesem Teilprojekt stehen die Auswirkungen auf den Wald im Vordergrund.

Diagnose von Wald- und Baumkrankheiten

Wichtige Informationen zur Beurteilung der Waldgesundheit stammen aus der Beratung, bei welcher mittels differenzialdiagnostischen Methoden die Ursachen von Baumkrankheiten analysiert werden. Die Kunden agieren als externe Mitarbeiter und erhalten als Gegenleistung die Diagnose inklusive einer Empfehlung für das geeignete weitere Vorgehen.

Treeline in Ural

Historical photographs document that the upper treeline of the Ural mountains has moved up 60 to 80 m during the last century. We assess how the expansion of forests into tundra affects soil organic matter dynamics in the pristine Southern, Northern and Polar Ural.

Soil solution in LWF plots

The chemistry of soil solution and the soil water availability for plants have been monitored since 1997 in seven forest plots in Switzerland. This project, linked to the Swiss Long-term Forest Ecosystem Research project (LWF), aims to assess the soil response to atmospheric pollution (acidifying substances and nitrogen) and to climate change.

Tree Response to Climate Change - Valais

In Valais, Scots pine (Pinus sylvestris) and pubescent oak (Quercus pubescent) grow at least temporally at the edge of their physiological capabilites. We investigate the (potential) adaptation of these and co-occurring tree species to climate change and search for limits they might reach with increasing temperatures and droughts.

Nitrogen and ground vegetation

Ground vegetation is a powerful bio-indicator of the environment. The project aims at discriminating the various factors which may influence the dynamics of ground vegetation. Emphasis is being given to the role of nitrogen.

Crown condition assessment

It is important to have good information on the condition of the trees in the plots. Therefore scientists determine the relationships between crown condition and a number of environmental parameters.

Windthrow fauna

After the devestating windstorms in 1990 (Vivian) and 1999 (Lothar) investigations were started to monitor the development and succession of the insect fauna on cleared and uncleared windthrow areas, relative to control treatments in the intact forest. Until now, insects have been sampled during 7 (Vivian) and 4 (Lothar) years.

Schadenanalysen in Forstentomologie

Insekten prägen massgebend die Dynamik unserer Waldökosysteme. Informationen zur Verbreitung, Biologie und Epidemiologie der Waldinsekten dienen dazu, für Praxis und Behörden angepasste Massnahmen der Überwachung und Bekämpfung zu erarbeiten.

TreeNet

TreeNet is a biological drought and growth indicator network of forest ecosystems. It provides information about drought responses of trees all over Switzerland and their effects on the carbon balance of forests. TreeNet links the research of the eddy flux super sites Davos and Lägeren to the forest next to your home.

WATER

A network of four research institutions collaborates within an EC-funded Network of Excellence to determine and understand the influence of genetic diversity of trees and site water regime on neutral and functional diversities of the associated mycorrhizal community.

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Publications

Piermattei, A.; Campelo, F.; Büntgen, U.; Crivellaro, A.; Garbarino, M.; Urbinati, C., 2020: Intra-annual density fluctuations (IADFs) in Pinus nigra (J. F. Arnold) at high-elevation in the central Apennines (Italy). Trees: Structure and Function, doi: 10.1007/s00468-020-01956-1

Nussbaumer, A.; Meusburger, K.; Schmitt, M.; Waldner, P.; Gehrig, R.; Haeni, M.; Rigling, A.; Brunner, I.; Thimonier, A., 2020: Extreme summer heat and drought lead to early fruit abortion in European beech. Scientific Reports, 10: 5334 (11 pp.). doi: 10.1038/s41598-020-62073-0

Muigg, B.; Seim, A.; Tegel, W.; Werther, L.; Herzig, F.; Schmidt, J.; Zielhofer, C.; Land, A.; Büntgen, U., 2020: Tree rings reveal dry conditions during Charlemagne's Fossa Carolina construction in 793 CE. Quaternary Science Reviews, 227: 106040 (13 pp.). doi: 10.1016/j.quascirev.2019.106040

Ljungqvist, F.C.; Piermattei, A.; Seim, A.; Krusic, P.J.; Büntgen, U.; He, M.; Kirdyanov, A.V.; Luterbacher, J.; Schneider, L.; Seftigen, K.; Stahle, D.W.; Villalba, R.; Yang, B.; Esper, J., 2020: Ranking of tree-ring based hydroclimate reconstructions of the past millennium. Quaternary Science Reviews, 230: 106074 (26 pp.). doi: 10.1016/j.quascirev.2019.106074

Scherrer, D.; Mod, H.K.; Guisan, A., 2020: How to evaluate community predictions without thresholding?. Methods in Ecology and Evolution, 11, 1: 51-63. doi: 10.1111/2041-210X.13312

Puchi, P.F.; Castagneri, D.; Rossi, S.; Carrer, M., 2020: Wood anatomical traits in black spruce reveal latent water constraints on the boreal forest. Global Change Biology, 26, 3: 1767-1777. doi: 10.1111/gcb.14906

Lehmann, M.M.; Goldsmith, G.R.; Mirande‐Ney, C.; Weigt, R.B.; Schönbeck, L.; Kahmen, A.; Gessler, A.; Siegwolf, R.T.W.; Saurer, M., 2020: The ¹⁸O‐signal transfer from water vapour to leaf water and assimilates varies among plant species and growth forms. Plant, Cell and Environment, 43, 2: 510-523. doi: 10.1111/pce.13682

Lavergne, A.; Voelker, S.; Csank, A.; Graven, H.; De Boer, H.J.; Daux, V.; Robertson, I.; Dorado‐Liñán, I.; Martínez‐Sancho, E.; Battipaglia, G.; Bloomfield, K.J.; Still, C.J.; Meinzer, F.C.; Dawson, T.E.; Camarero, J.J.; Clisby, R.; Fang, Y.; Menzel, A.; Keen, R.M.; ... Prentice, I.C., 2020: Historical changes in the stomatal limitation of photosynthesis: empirical support for an optimality principle. New Phytologist, 225, 6: 2484-2497. doi: 10.1111/nph.16314

Trotsiuk, V.; Hartig, F.; Cailleret, M.; Babst, F.; Forrester, D.I.; Baltensweiler, A.; Buchmann, N.; Bugmann, H.; Gessler, A.; Gharun, M.; Minunno, F.; Rigling, A.; Rohner, B.; Stillhard, J.; Thürig, E.; Waldner, P.; Ferretti, M.; Eugster, W.; Schaub, M., 2020: Assessing the response of forest productivity to climate extremes in Switzerland using model–data fusion. Global Change Biology, 26, 4: 2463-2476. doi: 10.1111/gcb.15011

Zang, C.S.; Buras, A.; Esquivel‐Muelbert, A.; Jump, A.S.; Rigling, A.; Rammig, A., 2020: Standardized drought indices in ecological research: why one size does not fit all. Global Change Biology, 26, 2: 322-324. doi: 10.1111/gcb.14809

Van Sundert, K.; Radujković, D.; Cools, N.; De Vos, B.; Etzold, S.; Fernández‐Martínez, M.; Janssens, I.; Merilä, P.; Peñuelas, J.; Sardans, J.; Stendahl, J.; Terrer, C.; Vicca, S., 2020: Towards comparable assessment of the soil nutrient status across scales - review and development of nutrient metrics. Global Change Biology, 26, 2: 392-409. doi: 10.1111/gcb.14802

Klippel, L.; Büntgen, U.; Konter, O.; Kyncl, T.; Esper, J., 2020: Climate sensitivity of high- and low-elevation Larix decidua MXD chronologies from the Tatra Mountains. Dendrochronologia, 60: 125674 (9 pp.). doi: 10.1016/j.dendro.2020.125674

Kirchner, M.; Freier, K.P.; Denner, M.; Ratz, G.; Jakobi, G.; Körner, W.; Ludewig, E.; Schaub, M.; Schramm, K.-W.; Weiss, P.; Moche, W., 2020: Air concentrations and deposition of chlorinated dioxins and furans (PCDD/F) at three high alpine monitoring stations: trends and dependence on air masses. Atmospheric Environment, 223: 117199 (11 pp.). doi: 10.1016/j.atmosenv.2019.117199

Halbritter, A.H.; De Boeck, H.J.; Eycott, A.E.; Reinsch, S.; Robinson, D.A.; Vicca, S.; Berauer, B.; Christiansen, C.T.; Estiarte, M.; Grünzweig, J.M.; Gya, R.; Hansen, K.; Jentsch, A.; Lee, H.; Linder, S.; Marshall, J.; Peñuelas, J.; Kappel Schmidt, I.; Stuart‐Haëntjens, E.; ... Vandvik, V., 2020: The handbook for standardized field and laboratory measurements in terrestrial climate change experiments and observational studies (ClimEx). Methods in Ecology and Evolution, 11, 1: 22-37. doi: 10.1111/2041-210X.13331

Grossiord, C.; Buckley, T.N.; Cernusak, L.A.; Novick, K.A.; Poulter, B.; Siegwolf, R.T.W.; Sperry, J.S.; McDowell, N.G., 2020: Plant responses to rising vapor pressure deficit. New Phytologist, doi: 10.1111/nph.16485

Castagneyrol, B.; Valdés-Correcher, E.; Bourdin, A.; Barbaro, L.; Bouriaud, O.; Branco, M.; Centenaro, G.; Csóka, G.; Duduman, M.; Dulaurent, A.; Eötvös, C.B.; Faticov, M.; Ferrante, M.; Fürjes-Mikó, Á.; Galmán, A.; Gossner, M.M.; Harvey, D.; Howe, A.G.; Kaennel-Dobbertin, M.; ... Tack, A.J.M., 2020: Can school children support ecological research? Lessons from the Oak Bodyguard citizen science project. Citizen Science: Theory and Practice, 5, 1: 10 (11 pp.). doi: 10.5334/cstp.267

Fabian, Y.; Holderegger, R.; Bollmann, K.; Brang, P.; Heiri, C.; Olschewski, R.; Rigling, A.; Stofer, S., 2020: Welche Informationsquellen nutzt die Naturschutzpraxis? Which information sources are used by professionals in nature conservation?. Natur und Landschaft, 95, 3: 179-184.

Esper, J.; Klippel, L.; Krusic, P.J.; Konter, O.; Raible, C.C.; Xoplaki, E.; Luterbacher, J.; Büntgen, U., 2020: Eastern Mediterranean summer temperatures since 730 CE from Mt. Smolikas tree-ring densities. Climate Dynamics, 54, 3-4: 1367-1382. doi: 10.1007/s00382-019-05063-x

Crivellaro, A.; Büntgen, U., 2020: New evidence of thermally constrained plant cell wall lignification. Trends in Plant Science, 25, 4: 322-324. doi: 10.1016/j.tplants.2020.01.011

Cailleret, M.; Bircher, N.; Hartig, F.; Hülsmann, L.; Bugmann, H., 2020: Bayesian calibration of a growth-dependent tree mortality model to simulate the dynamics of European temperate forests. Ecological Applications, 30, 1: e02021 (17 pp.). doi: 10.1002/eap.2021

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Staff

Forest Dynamics

Prof. Dr. Andreas Rigling	head of research unit, member of directors board
Dr. Alessandra Bottero	scientific staff member
Michèle Kaennel Dobbertin	Outreach, translation and editing, learning activites for high-school level

Ecophysiology

Dr. Marcus Schaub	teamleader
Dr. Maxime Cailleret	visiting scientist
Nicolas De Girardi	temporary employee
Camille Donzè	master student
Dr. Zhong DU	visiting scientist
Dr. Sophia Etzold	scientific staff member
Jonas Gisler	technical staff member
Dr. Madeleine S. Goerg-Günthardt	visiting scientist
Dr. Rudolf Häsler	visiting scientist
Lukas Jans	civil service employee
Andreas Kohler	temporary employee
Prof. Dr. Maihe Li	senior scientist
Yanyan Ni	PhD student guest
Joel Sames	temporary employee
Thomas Stuber	master student
Dr. Volodymyr Trotsiuk	scientific staff member
Benjamin Turc	PhD student guest
Dr. Pierre Vollenweider	scientific staff member
Ao Wang	PhD student guest
Yue Yang	PhD student guest
Dr. Roman Zweifel	scientific staff member

Disturbance Ecology

Dr. Thomas Wohlgemuth	teamleader, senior scientist
Anton Burkart	guest
Dr. Esther Frei	scientific staff member
Fabien Hiltebrand	master student
Dr. Arun Kanti Bose	visiting scientist
Dr. Frank Krumm	scientific staff member
Dr. Barbara Moser	scientific staff member
Dr. Daniel Scherrer	scientific staff member
Eliane Staubli	master student
Silas Strebel	civil service employee
Ulrich Wasem	technical staff member

Dendrosciences

Dr. Georg von Arx	teamleader
Dr. Flurin Babst	visiting scientist
Paula Ballikaya	PhD student
Hugo Berger	visiting scientist
Dr. Jesper Björklund	scientific staff member
PD Dr. Ulf Büntgen	senior scientist
Dr. Daniele Castagneri	Postdoc Marie Curie
Prof. Dr. Paolo Cherubini	senior scientist
Matteo Dell'Oro	Aushilfe SNF
Dr. Ouya Fang	visiting scientist
Dr. Marina Fonti	technical staff member
Dr. Patrick Fonti	senior scientist
Prof. Dr. David Frank	visiting scientist
Alice Gargano	master student
Dr. Holger Gärtner	scientific staff member
Alessandro Gregori	temporary employee
Michael Kessler	master student
Sven Kottlow	Aushilfe SNF
Athanasios Koutavas	visiting scientist
Dr. Elisabet Martinez Sancho	Postdoc
Daniel Nievergelt	technical staff member
Silvia Passardi	master student
Dr. Bianca Blyth Perren	visiting scientist
Jules Peter	trainee
Richard Peters	visiting scientist
Angela Luisa Prendin	Aushilfe SNF
Frederick Reinig	visiting scientist
Sabine Rothenbühler	master student
Dr. Christopher Sargeant	Postdoc
Loïc Schneider	technical staff member
Dr. Kristina Seftigen	scientific staff member
Lenka Slámová-Matéju	visiting scientist
Silas Strebel	civil service employee
Nadja-Tamara Studer	temporary employee / scientific staff member
Dr. Kerstin Treydte	scientific staff member
Anne Verstege	technical staff member
Jingshu Wei	visiting scientist

LWF I

Prog. SwissForestLab

Dr. Yann Vitasse

scientific staff member

Ecosystem Ecology

Prof. Dr. Arthur Gessler	teamleader
Tsiky Nasolo Andriantelomanana	visiting scientist
Frederik Baumgarten	PhD student
Siiri Bienz	master student
Dr. Julia Born	projectmanager
Nicolas De Girardi	temporary employee
Margaux Didion-Gency	PhD student
Dr. Petra D`Odorico	scientific staff member
Kristina Erne	Mitarbeiterin Feldaufnahmen
Kevin Gehr	master student
Dr. Matthias Haeni	Data Scientist / System Engineer
Christian Hug	technical staff member
Dr. Stefan Hunziker	Scientific data quality specialist
Dr. Jobin Joseph	visiting scientist
Simpal Kumar	software engineer
Manuela Laski	Laborantin
Dr. Marco Lehmann	scientific staff member
Dr. Laura Marqués	visiting scientist
Dr. Jose Carlo Miranda Garcia-Roves	visiting scientist
Tatiana Nazarova	PhD student
Shengnan Ouyang	temporary employee / scientific staff member
Lindsey Parkinson	visiting scientist
Stefan Peter	temporary employee
Nora Sophie Pohl	temporary employee
Alfred Potzinger	temporary employee
Prof. Dr. Martine Rebetez	senior scientist
Mathias Romer	master student
Dr. Matthias Saurer	scientific staff member, senior scientist
Moritz Schlatter	temporary employee
Léonard Schneider	PhD student guest
Philipp Schuler	PhD student
Stéphane Sciacca	temporary employee
Raphael Siegrist	temporary employee
Dr. Rolf Siegwolf	temporary employee
Benjamin Stocker	visiting scientist
Tanja Stutz	technical staff member
Flurin Sutter	GIS specialist
Dr. Valentina Vitali	Postdoc
Dr. Yann Vitasse	scientific staff member
Manuel Walde	trainee
Micah Wilhelm	scientific assistant

Master thesis

Open Master thesis in the group Mycorrhiza, Research Unit Forest Dynamics

Seasonal and spatial genetic patterns of a natural population of Burgundy truffles (Tuber aestivum)

Further information (PDF)

Population dynamics in 16 natural Burgundy truffle sites

Further information (PDF)

Development of mycorrhiza colonization of inoculated trees in a Burgundy truffle plantation (Tuber aestivum)

Further information (PDF)

Small-scale distribution of individuals and mating types of the widespread mycorrhizal fungus Cenococcum geophilum

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Where are the fathers? Small-scale distribution of individuals and mating types of Burgundy truffles (Tuber aestivum) in natural truffle locations

Further information (PDF)

Is the population structure of the widespread mycorrhizal fungus Cenococcum geophilum influenced by the water availability in the soil and the genetics of the host plant?

Further information (PDF)

WSL websites

waldwissen.net

Knowhow for forestry experts and all others interested in the forest

whiterisk.ch

Avalanche knowledge and prevention, e-learning an tour planning

lfi.ch

Swiss National Forest Inventory NFI - a forest information service

natural-hazards.ch

Warnings on natural hazards by Swiss federal authorities

envidat.ch

Access to environmental monitoring and research data

slf.ch

WSL Institute for Snow and Avalanche Research SLF in Davos

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LWF I

Open Master thesis in the group Mycorrhiza, Research Unit Forest Dynamics

Seasonal and spatial genetic patterns of a natural population of Burgundy truffles (Tuber aestivum)

Population dynamics in 16 natural Burgundy truffle sites

Development of mycorrhiza colonization of inoculated trees in a Burgundy truffle plantation (Tuber aestivum)

Small-scale distribution of individuals and mating types of the widespread mycorrhizal fungus Cenococcum geophilum

Where are the fathers? Small-scale distribution of individuals and mating types of Burgundy truffles (Tuber aestivum) in natural truffle locations

Is the population structure of the widespread mycorrhizal fungus Cenococcum geophilum influenced by the water availability in the soil and the genetics of the host plant?